1Excessive ambient light can saturate the image sensor;

2The communication lighting source will bring communication noise to the scanning results;

3The constantly changing ambient light can affect the scanning results.

Blue light 3D scannerIt is a non-contact high-precision 3D measurement device based on a blue light source. A filter is installed on the lens to allow only specific wavelengths of blue light to pass through. Due to the low content of blue light in natural light and lighting sources, the vast majority of the light is filtered by the filter. However, the light from the blue light projection source can be collected through the lens cup image sensor. In this way, the majority of the interference from ambient light is eliminated.

technical advantage:

1Strong resistance to environmental light interference: Blue light, as a single color light source, has a wavelength of380 - 450nmBetween them, the blue light component in natural light is small, so the blue light 3D scanner can effectively filter out environmental light interference and achieve micrometer level measurement accuracy.

2High measurement accuracy: Some models can achieve single scan accuracy of up to0.005 - 0.015mmIt can quickly obtain three-dimensional data of complex parts to assist in reverse design and optimization.

3High measurement efficiency: Compared with traditional laser scanners and coordinate measurement systems, its measurement speed has been increased by tens of times.

4Non contact measurement: It does not require contact with the object being measured during scanning, which can avoid damage to precision parts caused by contact measurement.

Blue light 3D scannerIt can quickly and accurately obtain three-dimensional data of objects, including shape, size, curvature, angle, surface quality, and other information. These data can be used in design, simulation, analysis, and production processes in fields such as manufacturing, engineering, architecture, and healthcare, as well as in applications such as cultural heritage preservation, art replication, and digitization.